A sticky hockey puck slides along a frictionless, horizontal ice surface at 75 m/s in the +x direction. It collides with a second sticky puck originally sliding at 25 m/s in the -y direction. They collide perfectly inelastically. If the first puck has a mass equal to half that of the second, what is the angle of their final velocity vector below the +x direction? Multiple Choice 9.5 degrees 42 degrees 34 degrees 49 degrees
A sticky hockey puck slides along a frictionless, horizontal ice surface at 75 m/s in the +x direction. It collides with a second sticky puck originally sliding at 25 m/s in the -y direction. They collide perfectly inelastically. If the first puck has a mass equal to half that of the second, what is the angle of their final velocity vector below the +x direction? Multiple Choice 9.5 degrees 42 degrees 34 degrees 49 degrees
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A sticky hockey puck slides along a frictionless, horizontal ice surface at 75 m/s in the +x direction. It collides with a second sticky puck originally sliding at 25 m/s in the -y direction. They collide perfectly inelastically. If the first puck has a mass equal to half that of the second, what is the angle of their final velocity vector below the +x direction?
Multiple Choice
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9.5 degrees
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42 degrees
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34 degrees
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49 degrees
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